Carbon nanotubes have excellent mechanical, electrical, chemical and optical properties, having a high strength and toughness, and can be predicted, and the carbon nanotubes a composite material reinforced body can exhibit a good strength, elasticity and fatigue resistance . At present, the basic mechanical behavior of carbon nanotubes have become one of the hot issues in the international arena. Based on the theoretical framework of continuum mechanics, refinement and further development of the basic theories and research methods of continuum mechanics, the study of carbon nanotubes buckling, post-buckling, and the impact of dynamic buckling under the load range of related issues.

复件 博士学位论文－终稿(姚小虎)－修订.pdf

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